In addition to carbon monoxide, methanol is another valuable material that can be made from CO2. This energy-dense liquid is traditionally synthesized from fossil fuels in a carbon-intensive process, one that is hard to achieve in remote areas lacking the infrastructure. Making methanol from only CO2, water, and solar power, on the other hand, could bring energy abundance and independence to off-grid parts of the world. As with efforts to make carbon monoxide, the trick is finding the right catalyst. This research team has already synthesized methanol from CO2 using an innovative material made of cobalt phthalocyanine and carbon nanotubes. With this seed grant, they aim to refine their materials to improve efficiency of the CO2-to-methanol conversion, plus prepare to apply for grants from federal agencies that are already interested in the technology.
Participants
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Hailiang Wang
Professor of Chemistry
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Mengxia Liu
Assistant Professor of Electrical & Computer Engineering